Strong winds pick up patricles of dust and sand as they blow. These particles scartch the surface of rocks. As the rocks are repeatedly scratched, they slowly wear away.
Rocks weathered by wind change shapes. Some look like natural bridges while others look strange.
Rocks weathered by wind may change in shape but the composition of the rocks remains the same.
Hope that answered your question.
Wind can drive waves which physically break rocks apart with applied force, and wind can carry abrasive particles which break rock into smaller particles.
the anwer is erosion.Erosion is when wind, sleet, snow ,e.t.c.breaks something piece by piece.
Not by itself, but it can pick up debris (like sand particles) that can abraid rocks.
when earth and wind break down rocks
the wind , because it pushes the rocks from the top to the ground and and the rough texture of the rocks or soil is the cause for it to break down ( rock)
Sediment
Wind, Water, Wave, Glacier, and Gravity.
it is called weathering; the rocks get weathered by wind, water, or earthquakes (main examples) and peices break off
Wind and water
At high altitudes such as mountains is where rocks are most likely to break. This is due to weathering from the wind.
when earth and wind break down rocks
Wind can carry abrasive particles which weather rocks. Trees can be uprooted by wind, causing the rocks at their roots to fracture. Wind can create waves which can fracture or exploit an existing fracture in a rock.
Rocks break apart from force and heat. Water, freezing, thawing, and wind break rocks into smaller portions.
They erode by the effects of wind and water
Rocks can be weathered by the wind or rain, or if water gets in some of the cracks, it would break apart
erosion
Weathering breaks down rocks on the Earth's surface by wind, rain, or ice.
weathering
Erosion is the wearing away of rocks by wind and water, which causes them to break down and form soil.
Weathering involves ways that rocks break down without changes to their chemical state. Weathering involves mechanical forces e.g. wind and rainfall rather than chemical energy in disintegration or rocks.